Precision
Preclinical work showed targeted, measurable biological signal responses.
Platform research
A promising foundation for frequency wellness.
Laboratory and early human studies have demonstrated precise biological signal responses, practical use, and an encouraging early safety profile. Together, they inform a distinct non ingestible platform for future companion wellness research.
What the platform research shows
Precision, practicality, and a positive path forward.
Each study explores a different part of the platform. Together, they offer useful direction for the future of frequency informed companion routines.
Practical use
Early human studies demonstrated that the platform could be used in real world settings.
Early safety
Prospective platform research reported an encouraging safety profile in the protocols studied.
Explore the research
Read the studies shaping the platform.
Every finding links directly to its original source, so families can explore the science for themselves.
Precision knockdown of EGFR using recorded radiofrequency energy
Design
Cell assays plus an orthotopic xenograft model
What it found. Exposure to an EGFR-siRNA RFE signal reduced EGFR mRNA by 30–70% and protein by about 60% versus controls, with pathway specificity checks.
“An RFE signal can induce a specific siRNA-like effect on cells.”Read the source
Voyager ulRFE feasibility study in recurrent glioblastoma
Design
Open-label, two-arm feasibility study
What it found. The study reported median overall survival of 8.04 and 6.89 months across two signal arms and found the device feasible to use.
“No serious adverse events associated with Voyager were reported.”Read the source
Expanded Voyager safety and feasibility study
Design
Prospective, open-label, multicenter study
What it found. Device-related adverse events were uncommon and no device-related serious adverse events were reported.
Read the sourceDefined frequency signals reduced pain responses across validated models
Design
Controlled testing by a specialist third party research organization
What it found. A subset of low and ultra low frequency signals produced statistically significant reductions in pain related responses across visceral, neuropathic, and inflammatory models. Frequency refinement further strengthened the reported effects.
Read the sourceHow research grows
From a measured signal to more companion moments.
Discover
Identify and record meaningful signal patterns through laboratory research.
Demonstrate
Study precise responses, practical use, and safety through focused platform research.
Explore
Bring that learning into real companion routines, with thoughtful research and owner experience.
The next chapter
Frequency wellness is ready for more companion moments.
The platform studies provide a positive foundation for the next phase: careful companion research around settling, rest, connection, and everyday wellbeing.